The South Asian summer monsoon is a complex coupled human‐natural system that poses
unique challenges for understanding its evolution alongside increasing anthropogenic …

Atmospheric new particle formation (NPF), via gas-to-particle conversion, is the largest
source of aerosol numbers to the terrestrial atmosphere. NPF produces about half of the …

Desert dust over the Indian region during pre-monsoon season is known to strengthen
monsoon circulation, by modulating rainfall through the elevated heat pump (EHP) …

Atmospheric aerosols play key roles in radiation budget, ecosystem dynamics, air quality
and cloud microphysics of a region and thus, they greatly influence the global climate …

Aerosols absorption contributes significantly to the total radiative effects of aerosols and so
an important component of radiative forcing estimates. Therefore, this study explores the …

Indian subcontinent is greatly vulnerable to air pollution, especially during the winter
season. Here, we use 15 years (2003–2017) of satellite and model reanalysis datasets over …

The composition of the air we breathe is determined by emissions, weather, and
photochemical transformations induced by solar UV radiation. Photochemical reactions of …

Aerosol climatology during typical haze dominating period over South and Southeast Asia
was explored using several Earth‐Observing A‐Train satellite products retrieved in between …

Using ground-based and satellite observation along with aerosol reanalysis products, we
show a widespread reduction in aerosol loading over the Indian subcontinent during the …

Abstract Seasonal variation of PM 2.5 (Particulate Matter< 2.5 μm) mass concentration
simulated from WRF-Chem (Weather Research and Forecasting coupled with Chemistry) …